Question

Question 2 What is the output current $i_o$? ? -50 mA ? -63 mA ? -60 mA ? -67 mA Question 3 What is output voltage $v_o$? ? -45V ? -50V ? -55V ? -60V Question 4 What is the power gain ($P_L/P_i$)? ? 10 W/W ? 20 W/W ? 100 W/W

          Question 2
What is the output current $i_o$?
? -50 mA
? -63 mA
? -60 mA
? -67 mA
Question 3
What is output voltage $v_o$?
? -45V
? -50V
? -55V
? -60V
Question 4
What is the power gain ($P_L/P_i$)?
? 10 W/W
? 20 W/W
? 100 W/W
        
Question 2
What is the output current io?
? -50 mA
? -63 mA
? -60 mA
? -67 mA
Question 3
What is output voltage vo?
? -45V
? -50V
? -55V
? -60V
Question 4
What is the power gain (PL/Pi)?
? 10 W/W
? 20 W/W
? 100 W/W

Added by Alejandro R.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Question 2 What is the output current I0? -50mA -60mA -67mA Question 3 What is the output voltage V0? -45V -50V -55V -60V Question 4 What is the power gain (PL/Pl)? 10W/W 20W/W 100W/W
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00:02 When the cushion the overall the overall voltage the overall voltage gain the overall voltage gain ab1 is equal to ab1 minus ab2 this is actually ab only right now ab1 ab1 is equal to minus of r c1 divided by r e1 plus r e dash qc right now if we will calculate r c1 that will be equal to r c which is in parallel combination with r3 and r3 is in parallel combination with r4 when we will calculate this we will get 2 .289 kilo ohm right so now we need to calculate r e dash qc which is equal to vi divided by the current which is ie right now we have given the…
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